Dynamic line breaking

Although line breaking works in Mathjax 4.0.0, the equations do not break themselves as the window size decreases and I have to refresh the website with in the smaller screen size so that the equations break properly. Is there any way to have the equations dynamically break so that the content does not go outside the window margins?

Here is my MathJax setup:

window.MathJax = {
  section: {
    n: -1,
    useLetters: false,
    letters: "AABCDEFGHIJKLMNOPQRSTUVWXYZ"
  },

  loader: {load: ['[tex]/tagformat', '[tex]/mathtools', 'output/chtml']},
  tex: {
    inlineMath: [['$', '$'], ['\\(', '\\)']], //allow inline math
    displayMath: [['$$','$$']],
    tagSide: 'right', //location of equation numbers
    tags: 'all',
    packages: {'[+]': ['tagformat', 'sections', 'autoload-all', 'mathtools']},
    tagformat: {
      number: (n) => {
        const section = MathJax.config.section;
        return (section.useLetters ? section.letters[section.n] : section.n) + '.' + n;
      }
    }},

  chtml: {
   mtextInheritFont: true,         // font to use for mtext, if not inheriting (empty means use MathJax fonts)
   displayOverflow: 'linebreak'
  },

  linebreaks: {                  // options for when overflow is linebreak
      inline: true,                   // true for browser-based breaking of inline equations
      width: '100%',                  // a fixed size or a percentage of the container width
      lineleading: 2,                // the default lineleading in em units
      LinebreakVisitor: null,         // The LinebreakVisitor to use
  },



  startup: {
    ready() {
                  const {CommonWrapper} = MathJax._.output.common.Wrapper;
      const {LineBBox} = MathJax._.output.common.LineBBox;

      const Configuration = MathJax._.input.tex.Configuration.Configuration;
      const CommandMap = MathJax._.input.tex.SymbolMap.CommandMap;
      new CommandMap('sections', {
        nextSection: 'NextSection',
        setSection: 'SetSection',
      }, {
        NextSection(parser, name) {
          MathJax.config.section.n++;
          parser.tags.counter = parser.tags.allCounter = 0;
        },
        SetSection(parser, name) {
          const section = MathJax.config.section;
          const c = parser.GetArgument(name);
          const n = section.letters.indexOf(c);
          if (n >= 0) {
            section.n = n;
            section.useLetters = true;
          } else {
            section.n = parseInt(c);
            section.useLetters = false;
          }
        },
      });
      Object.assign(CommonWrapper.prototype, {
        invalidateBBox(bubble = true) {
          if (this.bboxComputed || this._breakCount >= 0) {
            this.bboxComputed = false;
            this.lineBBox = [];
            this._breakCount = -1;
            if (this.parent && bubble) {
              this.parent.invalidateBBox();
            }
          }
        },
        _getLineBBox: CommonWrapper.prototype.getLineBBox,
        getLineBBox(i) {
          if (!this.lineBBox[i] && !this.breakCount) {
            const obox = this.getOuterBBox();
            this.lineBBox[i] = LineBBox.from(obox, this.linebreakOptions.lineleading);
          }
          return this._getLineBBox(i);
        }
      });

      Configuration.create(
        'sections', {handler: {macro: ['sections']}}
      );
      MathJax.startup.defaultReady();
    }
  }
};